def f_detector(readout_mode,
exposure_type,
ng,
nint=1,
nf=5,
GWA=None,
subarray_id=None):
'''
Basic function to parse the fpa configuration and multiaccum settings
:param readout_mode:
:param exposure_type:
:param ng: number of groups
:param nint: number of integrations. default for comissioning nint=1
:param nf: number of frames. default is IRS2 nf=5
:param GWA:
:param subarray_id:
:return:
'''
if subarray_id is not None:
if GWA is None:
print("ERROR - In subarray mode, the GWA is necessary.")
print("ERROR - {:s} ".format(subarray_id))
print("ERROR - {:s} ".format(GWA))
configfpa = c_configurationfpa.ConfigurationFPA()
configfpa.m_set_mode(readout_mode, exposure_type)
if subarray_id is None or subarray_id == 'FULL-FRAME':
configfpa.m_set_array_parameters()
else:
start_i = (subdict.subarray_dict[subarray_id]["substrt1"], ) * 2
start_j = subdict.subarray_dict[subarray_id]["substrt2"][GWA]
size_i = subdict.subarray_dict[subarray_id]["subsize1"]
size_j = subdict.subarray_dict[subarray_id]["subsize2"]
configfpa.m_set_array_parameters(start_i=start_i,
start_j=start_j,
size_i=size_i,
size_j=size_j)
configfpa.m_set_header('none', 'none', 'none')
multiaccum = c_multiaccum.Multiaccum()
multiaccum.m_set_configuration(configfpa)
multiaccum.m_set_header('none', 'none', 'none')
multiaccum.m_set(nint, ng, nf)
multiaccum.m_info()
return multiaccum
print("# =====================================")
print("# Detector configuration:")
nexp = 4
print("# Number of exposures per scene: {:d}".format(nexp))
ng = 19
nint = 2
nf = 5 #IRS2
print(" Number of groups {:d} - number of intgrations {:d}".format(ng, nint))
print("")
configfpa = c_configurationfpa.ConfigurationFPA()
configfpa.m_set_mode('IRS2', 'full-frame')
configfpa.m_set_array_parameters()
configfpa.m_set_header('none', 'none', 'none')
multiaccum = c_multiaccum.Multiaccum()
multiaccum.m_set_configuration(configfpa)
multiaccum.m_set_header('none', 'none', 'none')
multiaccum.m_set(nint, ng, nf)
multiaccum.m_info()
# =======================================================================
# Generating the instances of the reference files (nrspydet.references)
# =======================================================================
print("# Generating the instances of the reference files (gain & IPC).")
gain = fpa106_toolbox.f_generate_gain('FULL-FRAME')
ctm = fpa106_toolbox.f_generate_ctm()
print("# Generating the count-rate maps.")
# Looping over dither pointings (all unity-maps)
count = 0